| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCZK0501 |
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| Symbol | fdhF |
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| ID | 3022574 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Bacillus cereus E33L |
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| Kingdom | Bacteria |
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| Replicon accession | NC_006274 |
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| Strand | + |
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| Start bp | 585979 |
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| End bp | 588915 |
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| Gene Length | 2937 bp |
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| Protein Length | 978 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 637544718 |
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| Product | formate dehydrogenase, alpha subunit, anaerobic |
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| Protein accession | YP_082108 |
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| Protein GI | 52144723 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG3383] Uncharacterized anaerobic dehydrogenase |
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| TIGRFAM ID | [TIGR01591] formate dehydrogenase, alpha subunit, archaeal-type |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGGCAGAAC AGACAGTCCG TGTAACCGTA GATGGTAAAG AGTTTTCAGC ATCAGGTGAA
AAGACGATAC TACAATTATT TAACGAGAGT AATTTGGAAC ATCCTCAAAT TTGTCATGTA
CCAGAAGTAG ATCCAATTCA AACTTGTGAT ACGTGTATTG TAGAAGTAGA TGGGAAGTTA
ATGCGTGCTT GTTCAACGCA AATAGAGAAT GGTATGCATA TTGAAAGACA GTCACAGCGT
GCAAAAGAGG CGCAGACTGA GGCGATGGAT CGAATATTAG AAAACCACTT ATTGTATTGT
ACTGTATGTG ATAACAATAA TGGTAATTGT AAGGTCCATA ATACAGTGCA TATGATGGGG
ATTGAAGAAC AGAAATATCC GTATGAGCCG AAGGTAAGTG CTTGTGAAGT GGATATGTCA
CATCCGTTTT ATCGATATGA TCCAAATCAA TGTATTGCTT GTGGACAGTG TGTAGAAGTA
TGTCAAAACC TACAGGTTAA TGAAACGATA TCGATAGACT GGAGCTTAGA TCGTCCGCGT
GTTATATGGG ATCATGGTGT AAGCATAAAT GACTCATCTT GTGTGAGTTG TGGGCAGTGT
GTAACAGTAT GTCCATGTAA TGCATTGATG GAAAAATCAA TGTTAGGTGA AGCCGGATTC
ATGACAGGAT TAAAACCAGA TGTGTTAGAT CCGATGATTG ATTTTGTAAA GGATGTAGAG
CCTGGATATA GTAGCATTTT AGCAGTTTCA GAAGTAGAGG CTGCGATGCG TAAGACGAAA
GTGAATAAAA CAAAAACAGT TTGTACATTT TGTGGTGTCG GTTGTTCATT CGAAGTATGG
ACGAAAGATC GCCATATACT AAAGGTACAA CCTGTTTCAG ATGCACCGGT TAATGGTATT
TCGACATGTG TAAAAGGTAA ATTTGGATGG GACTTTGTAA ACAGCGAAGA TCGCATTACG
AAGCCATTAA TTCGCCAAGG AGATATGTTT GTTGAAGCTT CATGGGAAGA AGCATTAGAA
GTTGTTGCTT CTAACATGCA GCATATTAAA TCAGAATACG GCAGCGATGC ATTTGGGTTC
ATTTCTTCTT CGAAAGTAAC GAATGAAGAA AATTATCTTA TGCAAAAACT AGCTCGTCAA
ATATATGGAA CAAATAATGT AGATAACTGC TCGCGTTATT GCCAATCTCC AGCAACAGAT
GGTCTATTTA AAACTGTCGG TATGGGCGGC GATGCTGGAA CAGTGAAAGA TATAGCTGAA
GCAGGTCTTG TCATTATCGT TGGTGCGAAT CCAACAGAAG GACATCCTGT ACTTGCGACG
CGTGTAAAAC GTGCTCATAA ATTACACGAG CAAAAACTGA TTGTAGCAGA CCTTCGTAAA
CATGAAATGG CAGAGCGTGC GGATTTATTT ATTCACCCGC GCCAAGGTAC GGATTACGTA
TGGCTTGCTG GTATTACGAA ATATATTATT GATCAAGATT GGCATGATAA AAAGTTCATA
GCTGAAAATG TAAAGAATTT TGATGAATAT AGCAAAATGG TAGAGAAATA TACGCTGGAC
TATACAGAGG AAATTACAGG GATTTCGAAA GAAAATCTGA AAGAAATGGC TCGTATGGTA
TATGAAGCAG ACGGTACTTG TGTACTTTGG GGAATGGGCG TAACGCAAAA TACAGGAGGA
AGTACAACGT CCGCTGCAAT TTCAAATTTA CTGCTTGTTA CGGGTAACTA TCGTCGTCCT
GGTGCAGGTG CATATCCATT AAGAGGACAT AATAACGTAC AAGGTGCTTG TGATATGGCA
ACATTACCAA ACTGGCTTCC TGGTTATCAA GCAGTATCAG ATGATACGCT TCGTGCTAAG
TTTGAAAAAG CATATGGTAC TACTATTCCG AAAGCACCAG GATTAAATAA TATTGCAATG
TTACTTGCGG CAGAAGAAGG AAAACTACGT GGTATGTATG TCATGGGTGA AGAAATGGCT
TTAGTCGATT CAAATGCGAA CCATGTGCAA CATATTTTAG CGAATTTAGA TTTCCTCGTT
GTTCAAGATA TGTTCTTATC AAAAACAGCT CGTTTTGCTG ATGTTATTTT ACCAGCAGCA
CCAAGCTTAG AAAAAGAAGG AACATTTACG AATACAGAAC GCCGTATTCA AAGATTATAT
GAAGTGTTGA AACCGCTTGG TGATTCCAAG CCAGACTGGT GGATTTTACA AAAAGTTGCT
CGTGCACTGG GCGGGGATTG GAATTACGAA AGTCCAAGTG AAATTATGGA CGAAATCGCA
TCACTTGCAC CGATATACTC TCAAGCAACG TATGACCGCC TAGAAGGTTG GAATAGTTTA
TGTTGGGGTA GTCATGATGG TAGCGATACA CCTCTATTAT ATGTAGATGG ATTTAACTTC
CCAGATAAGC TCGCTCGTTT ATCATTAGAT GAATGGATAC CGCCAGTTGT AGCGCCAGAT
GAGTATGATT TACTTTTAAA TAATGGACGC ATGCTAGAAC ATTTCCATGA AGGGAATATG
ACGAATAAGT CGGCTGGTAT TTTATCTAAA GTATCTGAAG TATTCGTTGA GATTTCACCT
GAACTCGCTA TAGAACGCAA TGTGAAAGAT GGTGGTCTTG TGGAATTAGC ATCACCATTT
GGAAAAATTA AAGTACAAGC GCTTATTACT GATCGTGTAA CGGGGAAAGA GCTATATTTA
CCAATGCATG CAACGATAAA TGAAGAAGCG ATTAATATTT TAACTGGGAC GGCAACAGAC
CTTTATACGT GTACACCGGC GTATAAACAA ACGATGGTGA AAATGCGTGT ATTACGTGAA
AAAGGAAATC GTCCGTTACC ATCTTCAAAC CCGCGAGATA AAAATCGTAA TCCGCAAAAT
GGTGTTGAAA TCGAGCAAAA GTGGCAAAGA AAACAATACG TATCACTTGT GGACTAG
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| Protein sequence | MAEQTVRVTV DGKEFSASGE KTILQLFNES NLEHPQICHV PEVDPIQTCD TCIVEVDGKL
MRACSTQIEN GMHIERQSQR AKEAQTEAMD RILENHLLYC TVCDNNNGNC KVHNTVHMMG
IEEQKYPYEP KVSACEVDMS HPFYRYDPNQ CIACGQCVEV CQNLQVNETI SIDWSLDRPR
VIWDHGVSIN DSSCVSCGQC VTVCPCNALM EKSMLGEAGF MTGLKPDVLD PMIDFVKDVE
PGYSSILAVS EVEAAMRKTK VNKTKTVCTF CGVGCSFEVW TKDRHILKVQ PVSDAPVNGI
STCVKGKFGW DFVNSEDRIT KPLIRQGDMF VEASWEEALE VVASNMQHIK SEYGSDAFGF
ISSSKVTNEE NYLMQKLARQ IYGTNNVDNC SRYCQSPATD GLFKTVGMGG DAGTVKDIAE
AGLVIIVGAN PTEGHPVLAT RVKRAHKLHE QKLIVADLRK HEMAERADLF IHPRQGTDYV
WLAGITKYII DQDWHDKKFI AENVKNFDEY SKMVEKYTLD YTEEITGISK ENLKEMARMV
YEADGTCVLW GMGVTQNTGG STTSAAISNL LLVTGNYRRP GAGAYPLRGH NNVQGACDMA
TLPNWLPGYQ AVSDDTLRAK FEKAYGTTIP KAPGLNNIAM LLAAEEGKLR GMYVMGEEMA
LVDSNANHVQ HILANLDFLV VQDMFLSKTA RFADVILPAA PSLEKEGTFT NTERRIQRLY
EVLKPLGDSK PDWWILQKVA RALGGDWNYE SPSEIMDEIA SLAPIYSQAT YDRLEGWNSL
CWGSHDGSDT PLLYVDGFNF PDKLARLSLD EWIPPVVAPD EYDLLLNNGR MLEHFHEGNM
TNKSAGILSK VSEVFVEISP ELAIERNVKD GGLVELASPF GKIKVQALIT DRVTGKELYL
PMHATINEEA INILTGTATD LYTCTPAYKQ TMVKMRVLRE KGNRPLPSSN PRDKNRNPQN
GVEIEQKWQR KQYVSLVD
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